Framework Introduces 240W USB-C Charging For Laptops

The arrival of 240W USB-C charging marks a major step forward in laptop power technology. For years, tech enthusiasts have anticipated the day when a single USB-C cable could deliver enough wattage to handle even demanding laptops. Framework has now made this a reality, becoming the first company to launch a standards-compliant 240W USB-C PD adapter alongside laptops that can fully support it. This advancement not only simplifies charging but also sets a new standard for the PC industry.

Why 240W USB-C Charging Matters

Traditional laptop chargers, often bulky with barrel connectors, are being replaced by sleek, universal USB-C solutions. With 240W USB-C charging, laptops no longer need proprietary connectors, meaning users can rely on a single cable for a wide range of devices. This leap makes charging faster, more efficient, and more future-proof, especially for professionals and gamers who require high power delivery without the clutter of multiple adapters.

Framework Leading The Way

Framework has consistently positioned itself as a pioneer in modular and upgradable laptops, and this move reinforces its reputation. By supporting 240W USB-C charging, Framework not only offers convenience but also demonstrates what the future of laptop hardware could look like. Beyond charging, the company is also pushing innovation with upgradable graphics cards, allowing users to swap between GPUs like the AMD Radeon RX 7700S and the Nvidia GeForce RTX 5070 — a feature long considered the “holy grail” of laptop flexibility.

What This Means For The PC Industry

The introduction of 240W USB-C power sets the stage for widespread adoption across the industry. If more manufacturers follow Framework’s lead, bulky power bricks and proprietary ports could soon become a thing of the past. For consumers, this shift promises a universal, reliable, and portable charging solution that works across multiple devices. As demand grows, the adoption of 240W USB-C charging could redefine the way laptops and other high-power gadgets are designed in the years to come.